130mm Rubber Wheel for Robotic Car — Product Overview
The 130mm Rubber Wheel for Robotic Car is a high-quality wheel engineered for robotics, RC vehicles, and DIY automation projects. Its large 130mm diameter increases ground clearance and stability, while the high-grip rubber tread delivers reliable traction on uneven terrain. The wheel combines a robust plastic hub with a lightweight design to balance durability and motor efficiency.
Key Features
- Diameter: 130mm for enhanced ground clearance and obstacle negotiation
- High-grip rubber surface for superior traction on dirt, grass, gravel, and pavement
- Durable plastic hub with secure motor fitting for long service life
- Lightweight construction to reduce motor load and improve battery life
- Compatible with common DC and gear motors used in robotics
Technical Specifications
- Wheel Diameter: 130mm
- Tire Material: High-grip rubber
- Hub Material: Strong plastic
- Recommended Use: Robotic cars, smart vehicles, outdoor rovers, and hobby robots
Compatibility and Applications
This 130mm rubber wheel is designed to work with DC motors and gear motors typically found in robotic chassis. It is well suited for:
- Obstacle-avoiding robots and outdoor rovers
- Line followers and smart vehicles operating on mixed surfaces
- RC projects that need better traction and clearance
- Automation prototypes requiring reliable, repeatable movement
Installation Tips
- Confirm hub bore and motor shaft sizes before mounting; use proper adapters or bushings if needed.
- Secure with the correct fasteners and check alignment to avoid wobble and uneven wear.
- Inspect rubber tread periodically for debris and wear when used outdoors.
Why Choose This 130mm Rubber Wheel for Robotic Cars
Choosing this 130mm rubber wheel gives your robotic car better clearance, more stable handling, and improved traction without significantly increasing motor load. Its balance of a durable plastic hub and high-grip rubber tread makes it a reliable option for hobbyists and developers building outdoor or mixed-surface robots.
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